Perpendicular Axes Theorem

Introduction to Moment of Inertia

6:09mins

Moment of Inertia of Rigid Bodies

9:35mins

Moment of Inertia of Uniform Solid Cylinder

7:30mins

Moment of Inertia of Uniform Rigid Rod

6:22mins

Parallel Axis Theorem

8:29mins

Perpendicular Axes Theorem

8:29mins

Torque : Part 1

8:41mins

Torque : Part 2

8:32mins

Basic Recap: Angular Variables

9:09mins

Angular Momentum

11:43mins

Relation between Torque and Angular Momentum, Conservation of Angular Momentum

10:10mins

Rolling Motion

11:04mins

Types of Rolling

11:03mins

Rolling Disc on Conveyor Belt

10:27mins

Accelerated Rolling Motion

11:58mins

Rolling on Inclined Surface

9:16mins

Torque and Angular Acceleration

6:40mins

Kinetic Energy in Rotation

7:08mins

Quality Numerical 001

9:44mins

Quality Numerical 002 : Conservation of Angular Momentum

5:20mins

Quality Numerical 003 : Angular Momentum

6:53mins

Quality Numerical 004 : Accelerated Pure Rolling

7:33mins

Quality Numerical 005 : Accelerated Pure Rolling

5:30mins

Quality Numerical 006 : Rotational Kinetic Energy

8:20mins

Quality Numerical 007 : Backward Slipping

8:59mins

Quality Numerical 008 : Pure Accelerated Rolling

6:28mins

Quality Numerical 009 : Pure Accelerated Rolling

11:14mins

Quality Numerical 010 : Linear and Angular Acceleration

5:47mins

Quality Numerical 011 : Pure Accelerated Rolling and Forward Slipping

5:42mins

Quality Numerical 013 : Linear and Angular Acceleration

4:28mins

Quality Numerical 012 : Friction and Pure Rolling

4:14mins

Quality Numerical 014 : Most Important Numerical

9:29mins

Quality Numerical 015: Moment Of Inertia of a Body having Cavity

8:34mins

Quality Numerical 016 : Pure Rolling

9:23mins

Quality Numerical 017 : Sliding Disc

10:43mins

Quality Numerical 018 : Pure Rolling

5:37mins

Quality Numerical 019 : Suspended Rod

8:29mins

Quality Numerical 020 : Torque by Friction

4:44mins

Quality Numerical 021 : Freely Falling Rod

11:38mins

Quality Numerical 002: Angular Momentum

10:10mins